'No Touch' After Board Damage: Smashed iPhone Data Recovery
- Aaron Harrington
- Jan 2
- 6 min read
Updated: 2 days ago
Case category: Physical Damage — No CPU Swap Required
Failure type: No touch after smash damage
Actual billed price for this recovery: Standard Recovery ($750)
Service page: Broken iPhone Data Recovery
Watch the full repair:
Watch on YouTube: https://youtu.be/y4V3art0R3E?si=WmOEzRF7bHPw48Ak (with comments and chapters)
The Problem [00:00]
This iPhone X came in absolutely smashed.
Before I even opened it, it was obvious this was not just a screen or housing problem. Once I pulled the board, the real issue became clear: the motherboard itself was bent. On an iPhone X, that kind of physical damage usually means sandwich-board problems, and that almost always puts touch function in danger.
The first good sign was that there was no main-line short through the battery connector on my DC power supply. That told me this probably was not a catastrophic shorted board on top of everything else. But I still was not ready to prompt it to boot until after splitting the board and seeing what I was really dealing with.
After the split, the damage looked ugly: 39 missing pads.
That sounds like a disaster, and visually it was. But for data recovery, the important question is not how many pads are missing. The important question is: which ones actually matter for access?
Step 1 – Confirming the Phone Still Boots [04:24]
Before rebuilding anything, I wanted to confirm the top board was still alive.
After checking the power button line in schematic, I prompted the board to boot on DC power. Then I connected a screen, battery, and charge port to see what it would do. The phone gave image and booted all the way up. The data was still there. The problem was that I had no touch access because the lower board connection was gone.
This was not a “will it power on?” recovery anymore. It was a touch-restoration job for the purpose of data recovery.
Step 2 – Identifying Which Missing Pads Matter [08:35]
Once I opened my boardview tool and traced the missing sandwich pads, the case became much more defined.
A lot of the missing pads were not important for this recovery path. Some were ground. Others were tied to test points, baseband-related service lines, wireless charging, speaker amp, or NFC. None of those were needed for the goal here.
What mattered were the touch-related lines.
In the end, I narrowed it down to eight missing pads that had to be rebuilt in order to bring touch back and get the phone usable enough to trust a computer and pull the data.
That is what mattered on this case.
It also meant I could avoid the much riskier alternative. The other option would have been CPU-level work, and that is a much more dangerous path for the data. Rebuilding the required interposer lines was the safer recovery option.
Step 3 – Rebuilding the Eight Touch Pads [12:13]
On the iPhone X, these repair points are tiny. The X does not give much trace area to work with compared to later models like the XS. So the first step was carefully scraping each damaged area to expose copper, then checking continuity before rebuilding anything. That way, once a replacement pad was in place, I could verify it was still connected.
My technique here was to add small solder points onto the exposed trace ends, then use spacer pads harvested from another iPhone X board as replacement pads. Those spacers are metal on both sides, so they work well as replacement contact surfaces.
Step 4 – Closing the Board Into the Jig [41:56]
Even after the pads were rebuilt, there was still risk in the next step.
To get touch back on this type of recovery, I needed the repaired top board paired with a donor bottom board in a jig. The pressure of the jig can crack weak solder joints or shift fragile rebuilt pads. I did not need this to become a full long-term repair. I only needed it to work long enough to unlock the phone and begin extraction.
So I closed the jig slowly and as evenly as possible to give those rebuilt pads the best chance to hold.
Step 5 – Touch Works, But the Phone Needs an Update [56:26]
Touch worked.
I was able to enter the passcode, which confirmed the rebuilt touch path was functioning. But the phone froze on the last digit and kicked back instead of proceeding normally. That is something I have seen before on certain iPhone X setups with donor lower boards. In this case, the phone appeared to need an update before it would fully cooperate with the new bottom-board arrangement.
So I ran the update. After that completed, the phone moved into the recovery flow, and touch was still working.
Step 6 – Final Access and Data Recovery [59:42]
Once the update finished, I entered the passcode again and got full access.
At that point, I had the customer’s data and could begin pulling the backup. I connected through 3uTools and confirmed normal access for extraction. That is the goal on a case like this: regain access on the original board to recover the data.
The Result – Successful Data Recovery
Device: iPhone X
Condition on arrival:
Severely smashed housing with a bent board and major sandwich-board separation damage. The phone could still boot and display image, but touch access was lost.
Main fault symptoms:
Extreme physical damage
Bent motherboard
39 missing pads after board separation
No touch access
Phone still booted and displayed image
Required donor lower board and jig setup to restore access
Work performed:
Initial triage through the battery connector to rule out a main short
Split board and inspected interposer damage
Used boardview to identify only the eight pads required for touch
Exposed damaged traces and rebuilt the needed lines
Used donor spacer material as replacement pads
Masked exposed ground where necessary
Installed the repaired top board into a jig with a donor bottom board
Restored touch function
Performed an update to stabilize donor-bottom-board behavior
Confirmed full access and began extraction through 3uTools
Outcome:
✅ Successful recovery. The phone was brought back to a usable enough state to restore touch, unlock the device, and recover the customer’s data.
Conclusion
This repair is a good example of why severe physical damage does not automatically mean CPU-level work is the right answer.
This phone looked bad. The board was bent, and the sandwich split revealed major pad loss. But the board still booted, and the data was still there. The real problem was access. Once I identified the eight lines that actually mattered for touch, the recovery path became much more focused and much safer than jumping straight into a CPU transplant.
The challenge in this case was rebuilding the pads cleanly enough for them to survive the jig and work long enough to get in. In the end, that was enough. Touch came back, the phone accepted the update, and I got access to the data.
Nerd Corner (For Technicians & Repair Shops)
This case is a good example of why pad count alone does not tell you how difficult or risky the recovery path is.
After the split, there were 39 missing pads, but only 8 actually needed to be rebuilt for this recovery because the goal was touch restoration, not full functional repair.
On the iPhone X, the outer pads are ground, which makes it easier to separate visual damage from functionally important pad loss.
The missing pads that did not matter here included test-point-only lines, baseband-related service lines, wireless charging, speaker amp, and NFC.
The difficult part on the X is how little trace area you get. These traces are tiny, and that is what made the replacement pads want to shift, lift, or lose attachment during the rebuild.
The pad rebuild method here used donor spacer pads from another iPhone X board as replacement contacts. Electrically, the concept is simple. Mechanically, it is delicate.
One takeaway from the case was surface area. At the end, you note that the rebuild likely would have gone more smoothly if a little more copper had been exposed from the start so the spacer discs had more to grab onto.
On donor-bottom-board iPhone X recoveries, getting touch back is sometimes only the first step. You may still need an update before the phone fully accepts the setup and allows normal access.
FAQ: Smashed iPhone Data Recovery
Can you recover data from an iPhone with no touch?
An iPhone with no touch still contains all of its data. The problem is that you cannot enter the passcode on the device, so the phone stays locked.
How do I get photos off my iPhone if the screen works but touch does not?
A visible image is not enough. The phone still has to be unlocked before photos can be copied.
Why won’t my computer access my iPhone when the touchscreen is broken?
A computer cannot bypass a locked iPhone. Until the phone is unlocked on the device itself, the computer only sees a locked device.
Do you have to fully repair an iPhone to recover the data?
No. The goal is not a full repair. The goal is to restore enough function to unlock the phone and extract the data.
If you need to recover data from an iPhone that has no touch:
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